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22篇 您的检索式:作者名="Javed MA"
    题名 作者 年代 出处 被引量
1Stable chloroplast transformation of immature scutella and inflorescences in wheat (Triticum aestivum L.)显示文摘在小麦的叶绿体转变被 scutella 的轰炸分别地从不成熟的胚胎和不成熟的开花期完成。小麦叶绿体地点特定的表示向量, pBAGNRK,被放包含新霉素 phosphotransferase II (nptII ) 和绿色的一个表示盒子构造荧光灯蛋白质(gfp ) 作为选择和记者基因,分别地在在小麦的 atpB 和 rbcL 之间的 intergenic 分隔符叶绿体染色体。在 plastome 的 gfp 基因的集成被聚合酶链反应(PCR ) 识别分析并且作为一根探针的用 gfp 基因的南部的弄污。GFP 蛋白质的表示被西方的污点检验。三积极 transformants 被获得, atpB 和 rbcL (指向的地点) 的部分碎片的南部的污点探查证实他们之一是 homoplasmic。GFP 荧光的稳定的表示被共焦的显微镜学从 T1 子孙幼苗在叶纸巾证实。gfp 基因的 PCR 分析也在 T1 子孙证实了 transgene 的继承。这些结果加强小麦叶绿体转变的可行性并且也通过叶绿体转变在小麦为重要农学的特点的介绍给一个新奇方法。Cuiju Cui FeiSong Yi Tan Xuan Zhou Wen Zhao Fengyun Ma Yunyi Liu Javeed Hussain Yuesheng Wang Guangxiao Yang Guangyuan He 2011Acta Biochimica et Biophysica Sinica2011,43,4:10
2Identification of landslide spatial distribution and susceptibility assessment in relation to topography in the Xi'an Region, Shaanxi Province, China显示文摘Jianqi ZHUANG Jianbing PENG Javed IQBAL Tieming LIU Na LIU Yazhe LI Penghui MA 2015Frontiers of Earth Science2015,9,3:4
3Atypical angiomyolipoma of kidney in a patient with tuberous sclerosis:a case report with p53 gene mutation analysis显示文摘Ma L Kowalski D Javed K 2005Arch Pathol Lab Med2005,129,5:1
4Atypical angiomyolipoma of kidney in a patient with tuberous sclerosis : a ease report with p53 gene mutation analysis显示文摘Ma L Kowalski D Javed K 2005Arch Pathol Lab Med2005,129,5:1
5Genomic characterization of Campylobacter jejuni strain MI 显示文摘Friis C Wassenaar TM Javed MA 2010PLoS 0ne2010,5,12:1
6Etiology of Posterior reversible encephalopathy syndrome显示文摘Javed MA Sial MSH Lingawi S 2005Pak J Med Sci2005,21,:1
7Raised ALT as a predictor of biliary pancreatitis and potential areas for improvement in the management of acute gallstone pancreatitis 显示文摘Javed MA Sheel A Schofield R 2010International Journal of Surgery2010,8,7:1
8Atypical angiomyolipoma of kidney in a patient with tuberous sclerosis:a case report with p53 gene mutation analysis显示文摘Ma L Kowalski D Javed K 2005Arch Pathol Lab Med2005,129,5:1
9Interaction of chlorpromazine with tricyclic anti-depressants in schizophrenic patients 显示文摘 Javed MA Nazir S 1994J Pak Med Assoc1994,44,10:1
10Does the prophylac- tic administration of magnesium sulphate to patients under- going thoracotomy prevent postoperative supraventricular arrhythmias? A randomized controlled trial显示文摘Saran T Perkins GD Javed MA 2011Br J Anaesth2011,106,6:1
11Roux-en-Y versus Billroth I reconstruction aider distal gastreetomy for gastric cancer: a meta-a- nalysis 显示文摘Xiong JJ Ahaf K Javed MA 2013World J Gastroentero12013,19,7:1
12Bacteriophage Receptor Binding Protein Based Assays for the Simultaneous Detection of Campylobacter jejuni and Campylobacter coli显示文摘Javed MA Poshtiban S Arutyunov D 2013PLOS One2013,8,69:1
13Haloacetic acids (HAAS) formation in desalination processes from disinfectants显示文摘Abdul Ghani ID Radwan Al-Rasheed MA Javeed 2000Desalination2000,129,3:1
14Mechanism of lumen enlargement during intracoronary stent implantation显示文摘 Gary SM Neil JW 2000Circ2000,102,1:1
15Secure Video Streaming with Lightweight Cipher PRESENT in an SDN Testbed显示文摘The combination of traditional processors and Field Programmable Gate Arrays(FPGA)is shaping the future networking platform for intensive computation in resource-constrained networks and devices.These networks present two key challenges of security and resource limitations.Lightweight ciphers are suitable to provide data security in such constrained environments.Implementing the lightweight PRESENT encryption algorithm in a reconfigurable platform(FPGAs)can offer secure communication service and flexibility.This paper presents hardware acceleration of security primitives in SDN using NETFPGA-10G.We implement an efficient design of the PRESENT algorithm for faster,smaller and lower power consumption hardware circuit using Verilog.We evaluate the performance of the hardware and software implementations of PRESENT.Experimental results prove that the proposed hardware design is a viable option for use in resource constrained devices in future networks and their applications.Pengcheng Liu Xiaojun Wang S.R.Chaudhry Khalid Javeed Yue Ma Martin Collier 2018Computers, Materials & Continua2018,,12:1
16Etiology of posterior encephalopathy syndrome 显示文摘Javed MA SialM SH Lingawi S 2005Pak J Med Sci2005,21,:1
17Etiology of posterior encephalop- athy syndrome 显示文摘Javed MA Sial MSH Lingawi S 2005Pak JMed Sci2005,21,:1
18Interaction of chlorpromazine with tricyclic anti-depressants in schizophrenic patients显示文摘RasheedA Javed MA Nazir S et ol 1994J Pak Med Assoc1994,44,10:1
19Etiology of posterior encepha1opathy syndrome显示文摘Javed MA Sial MSH Lingawi S 2005Pak J Med Sci2005,21,:1
20Coordination and interface engineering to boost catalytic property of two-dimensional ZIFs for wearable Zn-air batteries显示文摘Metal organic frameworks(MOFs) have been considered as compelling precursor for miscellaneous applications. However, their unsatisfied electrocatalytic performance limits their direct application as electrocatalyst. Herein, by incorporating the cobalt-oxide bonds and polyaniline(PANI) with two-dimension zeolitic imidazolate frameworks(ZIFs), a novel bifunctional catalyst(Co-O-ZIF/PANI) for Zn-air battery was designed based on a facile and eco-friendly method. This Co-O-ZIF/PANI with optimized surface adsorption effect and suitable Co^(3+)/Co^(2+)ratio, exhibits eminent electrocatalytic activity toward both oxygen reduction and evolution reaction. The as-assembled liquid ZABs based on Co-O-ZIF/PANI achieves a remarkable maximum power density of 123.1 m W cm^(-2) and low discharge-charge voltage gap of 0.81 V at 5 m A cm^(-2) for over 300 cycles. Operando Raman spectroscopy reveals that the excellent performance origins from the optimized surface chemisorption property of O_(2) and H_(2)O brought by Co–O bonds and PANI. This work provides a novel prospect to develop efficient MOF derived bifunctional electrocatalysts by optimizing surface chemisorption properties.Hang Lei Shangjing Yang Qixiang Wan Liang Ma Muhammad Sufyan Javed Shaozao Tan Zilong Wang Wenjie Mai 2022Journal of Energy Chemistry2022,31,5:0
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